Ecoustic Sculpt

Ecoustic Sculpt™ is an innovative and unique acoustic ceiling tile system available in 12 striking designs, ranging from understated simplicity to dramatic sculptural shapes, and can be easily customised to complement any architectural context for new and existing spaces. Designed and made in Australia by Instyle, the patented modular system provides relatively large surface areas of sound absorbent panels within an easy-to-assemble, lightweight tile that is quick to install into ceilings. Ideal for a wide range of interior fitouts such as workplaces, bars, restaurants, education and public spaces, the Ecoustic Sculpt™ drop-in ceiling tile system is designed to be compatible with standard 15mm and 24mm Exposed Tee suspended ceiling grids with a nominal 600 x 600mm and 1200 x 600mm grid to provide ease of service access, maintenance, and design flexibility commonly associated with grid tiles. Offering superior acoustic performance, achieving between NRC 0.65 – 0.95 and aw 0.7 – 0.95, Ecoustic Sculpt will assist with reverberation management and improving acoustic comfort in open-plan building interiors. A slim profile Ecoustic® Infill is available to significantly improve the low frequency absorption, which includes the often-difficult-to-absorb human speech range. Ecoustic Sculpt™ is highly versatile and can be assembled in varying orientations, such as linear, mirrored, random or checkerboard, to create a large-scale ceiling design feature. Available in up to 11 colours, multiple colours can be featured to create added depth and interest. Designed for the environment, Ecoustic Sculpt is made from lightweight, recyclable PET panels that are certified low-VOC and Oeko-Tex certified. Ecoustic Sculpt™ is supplied flat-packed for efficient transportation, thereby minimising the environmental impact of transportation. Designed for disassembly, Ecoustic Sculpt™ can be secured without adhesives and easily disassembled by hand for recycling. Designed for modularity, Sculpt tiles can easily be removed from ceiling grids and reused in an alternate location. Credits: – Architectural Design Manager – Philip Adams